This mostly sounds compatible with my opinions on the subject. However, I have in mind that tropical storms close together tend to merge into one larger cyclone.
I don't know whether any aspects of the proposal are new or not. On Aug 3, 2:56 pm, Koldun <victorkol...@gmail.com> wrote: > Method of hurricane weakening > > To fight against hurricanes it is suggested to initiate their > premature beginning before they will collect the supply of shattering > energy, and if succeeded, to initiate a few smaller cyclones which ,in > principle ,will not attain a critical level. As a result, cyclones > will go out ashore more frequent, but none of them will bring > catastrophic destruction's, because any structure is easier to carry > though the hundred of gusts of wind by speed 100 mph, what one gust in > 200 mph. > > For this purpose it is suggested in an ocean to organize floating > islands from the snatches of black fibre , for example from the > painted or charred cellulose. At that rate, fig.1, a sun radiation > will cause greater evaporation of aquatic steam, that will result in > creating in the aquatorium of ocean hearths of whirlwind creations, > which will become the centers of future cyclones. > > For effective work, these islands on linear sizes must be comparable > with distance to the lower edge of clouds, that to have an area in a > few square miles. At the same time, they will not interfere with a > navigation and will not have negative influence on ecology, because > only locally will interfere in temperature distributing on a depth. > The conditional graphs of dependence of temperature on a depth are > shown below in default of, fig.2, and presence, fig.3, islands from a > floating fibre. Obviously, that for a those few days, while a floating > black fibre will be the center of whirlwind creation it will not > inflict noticeable harm of ecology no appearance, and in course of > time will simply be consumed by an ocean. > > In the areas of the increased evaporation ascending air, to saturated > aquatic pair, it is simpler it will be to break through an inversion > layer and due to a selection the hidden energy of aquatic steam to > form a valuable whirlwind which will begin to tighten on itself > ascending streams from a surrounding aquatorium and and by it to > strengthen yet more of itself. And if in case with a clean aquatorium > process of accumulation of energy at lasts formations of main > whirlwind long and a powerful hurricane appears as a result, fig.4, in > case with the artificial center of whirlwind creation, the process of > accumulation of energy will attain the critical level of Ec before, > fig.5, yet till there energy will be saved from all aquatorium, and as > a result on dry land a weak cyclone will move relatively. > > Especially successful this method will be in case if succeed on the > aquatorium S, where one hurricane whirlwind is usually formed, fig.6, > to excite several weak cyclones, fig.7. > > Then the structures of watersides will test a few weak stormy winds > only, in place of one destructive hurricane. > > http://sites.google.com/site/victorkoldun/Home/proekty/hurricane --~--~---------~--~----~------------~-------~--~----~ You received this message because you are subscribed to the Google Groups "geoengineering" group. To post to this group, send email to geoengineering@googlegroups.com To unsubscribe from this group, send email to geoengineering+unsubscr...@googlegroups.com For more options, visit this group at http://groups.google.com/group/geoengineering?hl=en -~----------~----~----~----~------~----~------~--~---
